static void Main(string[] args)
{
Computer comp = new Computer("PC 1");
comp.AddComponent("CPU", 300m);
comp.AddComponent("GFX", 500m);
comp.AddComponent("RAM", 100m);
Console.WriteLine(comp.ToString());
}
static void Main()
{
Console.OutputEncoding = Encoding.Unicode;
List <Component> components = new List <Component>();
components.Add(new Component("Motherboard", 90));
components.Add(new Component("CPU", 120.45m));
components.Add(new Component("RAM", 45.50m, "8 GB"));
// components.Add(new Component(" ", 12)); // Empty name => Exception
// components.Add(new Component("HDD", -1.1m)); // Negative price => Exception
Computer pc = new Computer("HP", components);
Console.WriteLine(pc);
pc.AddComponent(new Component("added later", 1)); // Using method that allows addition of components
Console.WriteLine(pc);
// List<Component> emptyComponentsList = new List<Component>();
// Computer pcWithoutComponents = new Computer("Ooops", emptyComponentsList); // Empty components list on creation => Exception
List <Computer> catalog = new List <Computer>();
catalog.Add(pc);
List <Component> componentsList4 = new List <Component>();
componentsList4.Add(new Component("GPU", 1125.5m));
componentsList4.Add(new Component("CPU", 900));
catalog.Add(new Computer("Expensive", componentsList4));
List <Component> componentsList2 = new List <Component>();
componentsList2.Add(new Component("DVD", 15.99m));
componentsList2.Add(new Component("GPU", 255.1m));
catalog.Add(new Computer("Cheap", componentsList2));
List <Component> componentsList3 = new List <Component>();
componentsList3.Add(new Component("RAM", 52.19m));
componentsList3.Add(new Component("SSD", 550));
catalog.Add(new Computer("Average", componentsList3));
catalog.Sort(); // Icomparable interface implemented on Computer class
foreach (var computer in catalog)
{
Console.WriteLine(computer);
}
}
static void Main()
{
Computer pc1 = new Computer("Boiko Prezident");
pc1.AddComponent("Video Card", 250.54, "Lada");
pc1.AddComponent("Sound Card", 25.54, "Lada");
pc1.AddComponent("Processor", 350, "Intel i7 mn qk");
Computer pc2 = new Computer("Pravetz 343TT");
pc2.AddComponent("Video Card", 250.54, "Lada");
pc2.AddComponent("Sound Card", 125.54, "Lada");
pc2.AddComponent("Processor", 350, "Intel i7 mn qk");
Computer pc3 = new Computer("Stamat 1000");
pc3.AddComponent("Video Card", 20.54, "Lada");
pc3.AddComponent("Sound Card", 25.54, "Lada");
pc3.AddComponent("Processor", 350, "Intel i7 mn qk");
List<Computer> computers = new List<Computer>();
computers.Add(pc1);
computers.Add(pc2);
computers.Add(pc3);
computers = computers.OrderBy(x => x.Price).ToList();
foreach (var computer in computers)
{
Computer.Print(computer);
}
}
public static void Main(string[] args)
{
List<Component> components = new List<Component>();
components.Add(new Component("HDD", 120));
components.Add(new Component("RAM", 140));
Computer firstPc = new Computer("HP", components);
Computer secondPc = new Computer("DELL");
secondPc.AddComponent(new Component("CPU", 500));
secondPc.AddComponent(new Component("GPU", 1000));
List<Computer> computers = new List<Computer>();
computers.Add(firstPc);
computers.Add(secondPc);
computers.Sort();
foreach (var item in computers)
{
item.Print();
Console.WriteLine();
}
}
static void Main()
{
Console.OutputEncoding = Encoding.Unicode;
List<Component> components = new List<Component>();
components.Add(new Component("Motherboard", 90));
components.Add(new Component("CPU", 120.45m));
components.Add(new Component("RAM", 45.50m, "8 GB"));
// components.Add(new Component(" ", 12)); // Empty name => Exception
// components.Add(new Component("HDD", -1.1m)); // Negative price => Exception
Computer pc = new Computer("HP", components);
Console.WriteLine(pc);
pc.AddComponent(new Component("added later", 1)); // Using method that allows addition of components
Console.WriteLine(pc);
// List<Component> emptyComponentsList = new List<Component>();
// Computer pcWithoutComponents = new Computer("Ooops", emptyComponentsList); // Empty components list on creation => Exception
List<Computer> catalog = new List<Computer>();
catalog.Add(pc);
List<Component> componentsList4 = new List<Component>();
componentsList4.Add(new Component("GPU", 1125.5m));
componentsList4.Add(new Component("CPU", 900));
catalog.Add(new Computer("Expensive", componentsList4));
List<Component> componentsList2 = new List<Component>();
componentsList2.Add(new Component("DVD", 15.99m));
componentsList2.Add(new Component("GPU", 255.1m));
catalog.Add(new Computer("Cheap", componentsList2));
List<Component> componentsList3 = new List<Component>();
componentsList3.Add(new Component("RAM", 52.19m));
componentsList3.Add(new Component("SSD", 550));
catalog.Add(new Computer("Average", componentsList3));
catalog.Sort(); // Icomparable interface implemented on Computer class
foreach (var computer in catalog)
{
Console.WriteLine(computer);
}
}
static void Main()
{
Computer asus = new Computer("Asus M12AD-RO016D", new List <Component>
{
new Component("Processor", "Intel® Core™ i5-4460S 2.90GHz", 700.00m),
new Component("HDD", "1TB", 200.00m),
new Component("RAM", "4GB", 150.00m),
new Component("Graphic card", "NVIDIA GeForce GTX 745 4GB", 459.00m),
});
Computer lenovo = new Computer("Lenovo IdeaCentre B50-30 All-In-One", new List <Component>
{
new Component("Processor", "Intel® Core™ i5-4460T 1.90GHz", 1200.00m),
new Component("HDD", "1TB", 278.00m),
new Component("RAM", "8GB", 477.90m),
new Component("Graphic card", "Intel® HD Graphics 4600", 999.00m),
});
Computer apple = new Computer("Apple Mac Pro", new List <Component>
{
new Component("Processor", " Intel® Xeon® E5-1650 v2", 3200.00m),
new Component("HDD", 1240.00m),
new Component("RAM", "16GB", 700.90m),
new Component("Graphic card", "FirePro™ D500", 2900.00m),
});
apple.AddComponent(new Component("SSD", "256GB", 1199.00m));
List <Computer> computers = new List <Computer>()
{
asus, lenovo, apple
};
computers.Sort((a, b) => a.Price <b.Price ? -1 : a.Price> b.Price ? 1 : 0);
foreach (var computer in computers)
{
Console.WriteLine(computer);
}
}
